University of Arizona

What you'll study

The University of Arizona offers graduate engineering degrees that combine core advanced engineering subjects with specialisation-specific coursework. Students typically choose from concentrations such as aerospace, biomedical, chemical, civil, electrical and computer engineering, materials science, mechanical, mining and geological, systems and industrial engineering, and optical sciences. Programme formats include coursework-only professional master’s (often with a capstone or practicum) and research-oriented master’s with a thesis.

• Core topics: advanced mathematics for engineers, research methods, graduate seminar and professional practice.
• Specialist modules: dependent on the chosen concentration — examples include advanced structural analysis, fluid dynamics and propulsion for aerospace; biomaterials, biomechanics and biomedical devices for biomedical engineering; semiconductor devices, digital signal processing and power electronics for electrical engineering; computational materials, corrosion and materials characterisation for materials science.
• Project and research: options typically include a capstone design or practicum project linked to industry, or a supervised thesis for students pursuing research or a PhD pathway.
• Electives and interdisciplinary work: many students take electives across departments (e.g. optics, computer science, business or systems engineering) and can engage with research centres and institutes affiliated with the College of Engineering.

Entry requirements

Applicants should hold a recognised bachelor’s degree in engineering, technology or a closely related science discipline. Typical application materials include official academic transcripts, a statement of purpose, curriculum vitae or résumé and academic or professional references. International applicants must demonstrate English proficiency through an approved test or prior instruction in English, where required.

• Academic preparation: prerequisite undergraduate coursework in mathematics (calculus, differential equations), basic engineering fundamentals and relevant lab or computing experience; some specialisations may require particular prior courses.
• Examinations: some programmes may request GRE scores, though policies vary by department; check the specific department requirements for current guidance.
• Professional experience: work experience is beneficial for professional master’s applicants and can strengthen industry-oriented applications, but is not always mandatory.

Career prospects

Graduates from the University of Arizona’s master’s engineering programmes move into technical and leadership roles across industry, government and research. Career pathways vary by specialisation but commonly include positions such as design engineer, systems engineer, process engineer, R&D engineer, project manager, controls engineer and quality or reliability engineer.

• Industry sectors: aerospace and defence, semiconductor and electronics, biomedical devices and healthcare technology, renewable energy and utilities, civil and infrastructure, mining and resources, automotive and advanced manufacturing, and technology start-ups.
• Further study: research-oriented graduates often continue to doctoral study or pursue research roles in university labs and national research facilities.
• Support: the university’s career services, engineering career fairs and employer partnerships provide routes into internships, co‑ops and full-time hiring pipelines.

Why study at University of Arizona

The University of Arizona’s College of Engineering combines hands-on facilities, interdisciplinary research centres and close ties with regional and national industry. Students benefit from advanced laboratories, instrumentation and collaborative research groups in areas such as optics and photonics, aerospace systems, materials research and biomedical engineering.

• Research and facilities: access to specialised labs and research centres that support both applied projects and fundamental research across engineering fields.
• Industry connections: partnerships with local and national employers, technology incubators and government labs that can lead to internships, capstone projects and employment opportunities.
• Location and environment: based in Tucson, the university offers a research-intensive environment with opportunities for fieldwork, testing and collaboration with the broader Arizona technology and manufacturing ecosystem.